活化烧结

气流粉碎B4C粉末的活化烧结研究

Studies on Activated Sintering of Jet Milled B_4C Powders

机械活化烧结TiC-Ni系金属陶瓷的组织及力学性能

Microstructure and Mechanical Properties of TiC-Ni Cermets Prepared with Mechanically Activated Sintering

并分析了微波烧结和等离子活化烧结制备Ti（C，N）基金属陶瓷的可能性。

The possibility of plasma activated sintering and microwave sintering is analyzed .

XRD及SEM分析表明，利用冲击波的高温高压作用可以合成单一钙钛矿相PZT95/5粉体，并使得粉体发生了晶粒细化与晶格畸变，这有利于增强粉体活性，促进低温活化烧结。

The analyses of XRD and SEM indicate that , the single-phase perovskite PZT95 / 5 powder can be successfully prepared with the effects of high temperature and high pressure of shock wave .

活化烧结制备TiC-Ni金属陶瓷复合材料及其性能

Properties of TiC-Ni Cermets with Vacuum Active Sintering

采用以共沉淀方法制备的NiCe复合粉末、真空蒸镀W的金刚石等为原料，热压活化烧结，制取了具有高强度、高硬度的稀土金刚石增强WC10%Co5%Ni硬质合金复合齿。

WC-10 % Co-5 % Ni cemented carbide enhanced by rare-earth and diamond was prepared in a hot-pressing activated sintering process with Ni-Ce composite powder produced with coprecipitation technology and diamond plated W by vacuum vapor deposit .

指出，在材料制备与应用的过程中，缺陷的生成对研究活化烧结工艺、降低制造成本以及制备性能优良的PZT压电陶瓷都具有重要的意义。

Meanwhile , that the appearance of defects makes great sense for studying technology of activated sintering , decreasing cost of production , and preparing PZT piezoelectric ceramics with prominent performance in the process of preparation and application is explained .

纯B4C的烧结致密化机制为体扩散和晶界扩散，而掺碳B4C的烧结机制主要为晶界扩散，因此，掺碳对B4C起到了活化烧结的作用。

It is deduced that the main sintering mechanisms shill be volume diffusion and grain boundary diffusion for pure boron carbide and grain boundary diffusion for carbon_doped boron carbide showing activated sintering .

W-35%Cu液相活化烧结工艺研究

Research into liquid phase activated sintering techniques of w-35 % cu

等离子活化烧结制备SiC/h-BN复相陶瓷

Fabrication of sic / h-bn composite ceramics by plasma activated sintering

等离子体活化烧结在材料制备中的新应用

New Application of Plasma Activated Sintering in Preparation of Materials

铝活化烧结钨的组织形貌和性能分析

Analysis of structure and performance of activated sintered aluminium - doped tungsten

铝对钨的活化烧结样品性能

The Analysis of the Specimen on the Activated Sintering of Aluminium-Doped Tungsten

电场活化烧结温度场的数值模拟

Numerical Simulation of Temperature Distribution during Electric Field Activated Sintering

掺碳碳化硼活化烧结及其动力学

Activated sintering and sintering kinetics of boron carbide with carbon as activator

真空液相活化烧结对金刚石孕镶体性能的影响

Effect of liquid active sintering in vacuum furnace on properties of diamond segment

用掺碳活化烧结技术制取碳化硼材料

Boron carbide material fabricated by carbon-doping activated sintering

等离子活化烧结新技术及应用

New Technique and Application of Plasma Activated Sintering

钼的活化烧结及性能

Activatory Sintering of Molybdenum and Its Properties

钼粉的低温活化烧结研究&Mo-Ni-P系的低温烧结特性

STUDY ON LOW TEMPERATURE ACTIVATED SINTERING OF MOLYBDENUM & The Sintering Characteristics of Mo-Ni-P System

简述了近年来国内外等离子体活化烧结技术的新进展。

The recent developments of the plasma activated sintering technology are briefly stated in this paper .

最后阐述了目前较流行的烧结工艺以及适用于纳米硬质合金烧结的等离子活化烧结和微波烧结。

Finally a popular sintering processing and advanced plasma activation sintering and microwave sintering techniques are addressed .

阐述了适用于纳米硬质合金烧结的等离子活化烧结和微波烧结；

The plasma activated Sintering and microwave sintering technologies suitable to sintering of hard alloys were elaborated .

可望在以膨胀系数为主要考虑的应用领域，应用此种活化烧结工艺将取得节能的经济效果。

Economic benefit of energy saving is expected especially in the application field where expansion coefficient is emphasized .

耐磨粒子和活化烧结剂对铜合金动密封材料的力学和摩擦磨损性能的影响

Effects of wear resistant particles and activated sintering agents on the mechanical and Tribological Properties of copper alloyed based dynamic seal materials

由于超细钼粉低温活化烧结特性，在烧结过程中降低烧结温度，减少烧结时间，有效地提高钼板坯的晶粒数，同时降低了车间的生产成本。

The lower sintering temperatures and shorter sintering time are used in the sintering process for fine molybdenum powder sintering characteristics of low-temperature activation .

在金刚石增强型硬质合金复合齿基体中添加不同量红磷，可降低复合齿烧结温度，实现低温活化烧结。

Adding different qualities of phosphorus in the matrix of diamond enhanced carbide tungsten composite button can decrease its sinter temperature to keep low temperature activation sintering .

试验发现：垂熔烧结可获得较低杂质含量的合金坯料，活化烧结和中频感应烧结获得的坯料杂质含量较高。

Experiment was discovered : the impurity of the alloy billet produced by direct resistance sintering was lower , than by activated sintering and medium-frequency induction sintering .

同时指出金属注射成形、选区激光烧结及电场活化烧结技术是今后粉末成形技术的发展方向。

It is important to pay more attention to powder forming for metal injection molding , selective laser sintering and electric field activated sintering technology in the future .

提出了在电场活化烧结过程中施加轴向交变磁场与脉冲电场耦合改善烧结体径向温度场以减小其温度差的方法，并对不同大小磁场的作用进行了数值模拟。

The method was proposed that adopts axial alternating magnetic field coupled with the pulse electric field in order to improve the temperature gradient during electric field activated sintering ( EFAST ) .